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Setra 2301050PD3V2EB 0/50# 3Valve # Xducer; 0/10Vdc

Special Price $952.58 Regular Price $1,057.36
In stock
SKU
2301050PD3V2EB

The Setra 2301050PD3V2EB is a flexible pressure transducer designed for HVAC systems. It has an accuracy range of 0 to 50 pounds per square inch for measuring pressure. With three valves and an output of 0–10 Vdc, this transducer provides accurate control and monitoring. It works by receiving pressure applied to its sensor element and translating it into an electrical signal that is sent to HVAC control systems for evaluation and modification. This transducer's advantages include better energy efficiency, better system management, and precise pressure monitoring that enables prompt adjustments and preventative maintenance to save downtime and maximize HVAC performance. Overall, the Setra 2301050PD3V2EB delivers dependable pressure measuring solutions for a variety of HVAC applications.

Manufacturer:
https://www.partshnc.com/media/catalog/product/2/3/2301050pd3v2eb_setra_partshnc.jpg
Manufacturer Name: Setra
Product Number: 2301050PD3V2EB
OEM Part Number: 2301050PD3V2EB
Product Description: 0/50# 3Valve # Xducer; 0/10Vdc
Weight:3.95lbs/1791.69g

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Customer Questions
What maintenance is required for the Setra 2301050PD3V2EB Pressure Transducer?

Periodically inspect the transducer and its connections for dirt, moisture, or debris. Ensure the sensing ports are clean and free of obstruction. Verify output signal integrity and tighten electrical connections. Always disconnect power before servicing for safety.

What are common issues with the Setra 2301050PD3V2EB Pressure Transducer?

  • Erratic or unstable output signal.
  • Zero-point drift affecting measurement accuracy.
  • Clogged pressure ports or contamination.
  • Loose or corroded electrical connections.

Installation Steps

Step 1: Turn off the system power and relieve pressure in the lines.

Step 2: Mount the transducer securely near the measurement point, ensuring proper orientation.

Step 3: Connect the pressure lines to the proper valves, avoiding kinks or leaks.

Step 4: Wire the output to the control system following polarity instructions.

Step 5: Restore system power and verify readings for accuracy.